Valve XS Surgery Instruments DeBakey Straight Forceps
The Valve XS Surgery Instruments DeBakey Straight Forceps are engineered for high-precision cardiac and valve procedures. Designed for CV and MICS applications, the narrow DeBakey jaws ensure atraumatic handling of delicate vessels and tissues.
With a 17 cm working length and double-action jaw mechanism, this forceps delivers excellent control in confined surgical fields. The 5 mm sheath diameter supports minimally invasive access, while the integrated cleaning channel insert ensures effective reprocessing.
A Teflon handle grip in blue and black enhances surgeon comfort, grip stability, and fatigue reduction during prolonged procedures. Manufactured from premium surgical-grade materials, this reusable instrument meets the demands of modern cardiac surgery.
Arthroscopic surgery is widely supported in orthopedic research for reducing tissue trauma, lowering infection risk, and enabling faster patient recovery. Studies in knee and shoulder arthroscopy highlight the importance of precision punch forceps for controlled tissue resection, meniscal repair, and cartilage management, improving surgical outcomes in minimally invasive orthopedic procedures.
Primary Usage & Design Details
| Procedure | Design Benefit |
|---|
| Cardiac Surgery | Atraumatic vessel handling |
| Valve Surgery | Precise tissue control in narrow spaces |
| CV MICS | Slim sheath for minimally invasive access |
Key Features & Specifications
Instrument Type: DeBakey Forceps – Straight
Application: Cardiac Surgery, Valve Surgery, CV MICS
Working Length: 17 cm / 170 mm
Jaw Size: 1.5 mm × 10 mm (Double Action)
Sheath Diameter: 5 mm
Design: Narrow, atraumatic DeBakey jaws
Handle Grip: Teflon coated (Blue & Black)
Cleaning Channel: Insert included
Reusable: Yes
Quality: Premium surgical-grade construction
Clinical Reference & Benefits
DeBakey-pattern forceps are widely recognized in cardiovascular surgery for reducing vessel trauma and improving surgical precision during valve repair and minimally invasive cardiac procedures, supporting safer outcomes and controlled manipulation.
